Development of coolant filtration and application system for conventional machines/
Balaobao, Carlos Daniel N.
Development of coolant filtration and application system for conventional machines/ Carlos Daniel N. Balaobao, Ezekiel H. Barrera, Ronn Jay B. Barrientos, John Trevor N. Darjuan, John Ray J. Gabriel, and Javie A. Salonga.-- - Manila: Technological University of the Philippines, 2022. - xii, 105pages: 29cm.
Bachelor's Thesis
College of Industrial Technology.--
Includes bibliographic references and index.
The study, Development of Coolant Filtration and Application System for Conventional
Machines, aims to provide a better and continuous flow of coolant onto the workpiece
which can help the procedure to produce better workpiece and reduce tool wear to the tool
itself. It includes a 254mm length x 254 width x 635mm pan where all the used coolants
go, a 15mm diameter x 2000mm length flexible hose so that it can use in a desired place,
69.85mm diameter x254mm length filtering system that can clear the unwanted materials,
a 44 liters capacity with a dimension of 1228.72mm diameter x 430mm height pressurized
tank for more storage, a 65mm x diameter x 80mm height water transfer pump with the
specification of 13 liters per minute with 12V DC with a maximum lift of 5m to push the
liquid coolant, a water pressure pump with the size of 271mm length x 146mm width x
132mm height with the specifications of 0.5HP, maximum flow of 36 liters per minute
with 220V, a 1⁄2 ø and 3⁄4 ø sized PVC pipes to assemble and connect the parts, a 300mm
long nozzle with 3mm inside diameter and 125mm outside diameter, and a 300kg with the
size of 907mm length x 608mm width x 850mm height push cart where all the parts were
assembled and attached. The unit was subjected to a test and the test results showed that
the bad odor was removed, and the sediments are separated successfully after going
through the filtration process. The developed prototype was evaluated by 27 evaluators
composed of students, machinists, and faculty members of the university and validated by
the Technological University of the Philippines (TUP) and has a rating of 4.51, equivalent
to descriptive rating of “Excellent”. The results showed that the coolant application system
has an effective filtration process which removesthe sediment and odor of the used coolant.
Coolant filtration
Machines
Application system
BTH TJ 145 / B35 2022
Development of coolant filtration and application system for conventional machines/ Carlos Daniel N. Balaobao, Ezekiel H. Barrera, Ronn Jay B. Barrientos, John Trevor N. Darjuan, John Ray J. Gabriel, and Javie A. Salonga.-- - Manila: Technological University of the Philippines, 2022. - xii, 105pages: 29cm.
Bachelor's Thesis
College of Industrial Technology.--
Includes bibliographic references and index.
The study, Development of Coolant Filtration and Application System for Conventional
Machines, aims to provide a better and continuous flow of coolant onto the workpiece
which can help the procedure to produce better workpiece and reduce tool wear to the tool
itself. It includes a 254mm length x 254 width x 635mm pan where all the used coolants
go, a 15mm diameter x 2000mm length flexible hose so that it can use in a desired place,
69.85mm diameter x254mm length filtering system that can clear the unwanted materials,
a 44 liters capacity with a dimension of 1228.72mm diameter x 430mm height pressurized
tank for more storage, a 65mm x diameter x 80mm height water transfer pump with the
specification of 13 liters per minute with 12V DC with a maximum lift of 5m to push the
liquid coolant, a water pressure pump with the size of 271mm length x 146mm width x
132mm height with the specifications of 0.5HP, maximum flow of 36 liters per minute
with 220V, a 1⁄2 ø and 3⁄4 ø sized PVC pipes to assemble and connect the parts, a 300mm
long nozzle with 3mm inside diameter and 125mm outside diameter, and a 300kg with the
size of 907mm length x 608mm width x 850mm height push cart where all the parts were
assembled and attached. The unit was subjected to a test and the test results showed that
the bad odor was removed, and the sediments are separated successfully after going
through the filtration process. The developed prototype was evaluated by 27 evaluators
composed of students, machinists, and faculty members of the university and validated by
the Technological University of the Philippines (TUP) and has a rating of 4.51, equivalent
to descriptive rating of “Excellent”. The results showed that the coolant application system
has an effective filtration process which removesthe sediment and odor of the used coolant.
Coolant filtration
Machines
Application system
BTH TJ 145 / B35 2022